等离子体化学过程控制对持久性有机污染的水净化

S. V. Petrov, S. Bondarenko, A. Pastushenko, K. Vovnenko
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引用次数: 0

摘要

这项工作的紧迫性与需要找到从持久性有机污染物中净化水的替代方法有关,这些方法将满足处理过的水的质量水平,并将满足现代环境要求和污水质量和电能的卫生标准。实验验证了电放法净化持久性有机污染物的效率。开发了scada系统,为持久性有机污染物的水处理过程提供数据处理和管理。使用Origin Pro环境数字化示波器。确定了用苯酚净化水的功率、能耗值。确定工厂清除持久性有机污染物的效率。为了可视化和控制水的净化过程,在Trace Mode 6环境下建立了一个技术方案。圣经13,图10选项卡。3。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PLASMA-CHEMICAL PROCESS CONTROL OF WATER PURIFICATION FROM PERSISTENT ORGANIC POLLUTION
The urgency of work is connected with the need to find alternative methods of water purification from persistent organic pollutants, which will satisfy the level of quality of treated water and will meet modern environmental requirements and sanitary norms of sewage quality and electrical energy. The efficiency of the method of electrodischarge water purification from persistent organic pollutants has been experimentally determined. The SCADA-system, which provides data processing and management of water treatment processes from persistent organic pollutants, is developed. Digitizing oscillograms using the Origin Pro environment. The values of power, energy consumption for water purification from phenol are determined. Determine the efficiency of the plant to clean water from persistent organic pollutants. To visualize and control the process of water purification, a technological scheme was built in the environment of Trace Mode 6. Bibl. 13, Fig. 10. Tab. 3.
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